Mumbai (Maharashtra) [India], July 8 (ANI): Equity benchmark indices fell sharply during the last hour of the trading session on Wednesday amid mixed Asian cues and continued surge in coronavirus cases which cast doubt over a quick global economic recovery.
Mumbai (Maharashtra) [India], July 8 (ANI): Equity benchmark indices were flat with a negative bias during early hours on Wednesday tracking mixed Asian cues and the India-China geopolitical de-escalation.
New Delhi [India], July 7 (ANI/BusinessWire India): With the month of August approaching, a great sense of excitement can be noticed among people due to the upcoming celebration of Raksha Bandhan 2020.
Mumbai (Maharashtra) [India], July 7 (ANI): Equity benchmark indices bounced between gains and losses on Tuesday but closed marginally higher amid mixed global cues.
Mumbai (Maharashtra) [India], July 7 (ANI): Equity benchmark indices were subdued during early hours on Tuesday in lacklustre trading amid mixed cues from Asian peers.
Mumbai (Maharashtra) [India], July 6 (ANI): Equity indices traded with a positive bias throughout Monday's session amid a strong rally in all major sectors.
Mumbai (Maharashtra) [India], July 6 (ANI): Equity benchmark indices rose by nearly one per cent during early hours on Monday with heavy buying seen across banking and financial counters.
Washington D.C. [USA], July 5 (ANI): Researchers have now found a simpler way of generating the sensory cells of the inner ear. The team uses a direct reprogramming approach to produce sensory cells known as "hair cells," due to their hair-like protrusions that sense sound waves.
Mumbai (Maharashtra) [India], July 3 (ANI): Equity benchmark indices continued their upward momentum on Friday but the gains in IT and realty sectors were capped by PSU banks.
Mumbai (Maharashtra) [India], July 3 (ANI): Equity benchmark indices rose marginally during early hours on Friday in line with Asian peers with buying seen across IT and auto counters.
Washington D.C. [USA], July 2 (ANI): A team of researchers is revealing the secrets of a simpler way to generate the sensory cells of the inner ear. Their approach uses direct reprogramming to produce sensory cells known as "hair cells," due to their hair-like protrusions that sense sound wa